Sentence examples for increasing probe from inspiring English sources

The novelty of present work is that enhancement in thermal conductivity was achieved by simply increasing probe sonication time.

Thresholds at 160 Hz decreased with increasing probe height from 0 to 4 mm at both the hallux and the ball of the foot.

The rate of groove development (Rgd) was in the order NaOH>CuSO4>pure water>Cu-electroless solution, and increased with increasing probe load and scratch number.

Thresholds at 20 Hz decreased with increasing probe height from 0 to 1 mm but showed no significant variation between 2, 3, and 4 mm at either the hallux or the ball of the foot.

The study reveals that a monotonic decrease of the affinity constant for DNA hybridization was observed for both matrices with increasing probe density, which was attributed to steric hindrance and electrostatic repulsion.

Increasing probe diameter from 0.9 to 1.9 cm (i.e. a factor of 2) leads to an increase in penetration force from 200 to 1000 N (i.e. a factor of 5) at 20 cm depth.

With increasing probing wavelengths, the decays appear to be faster.

This is clearly evident from the observed increase in positive-induced absorption with increasing probing wavelength (Fig. 2).

However, with increasing probing wavelength the minimum signal decreases and eventually a positive contribution to the absorption changes becomes dominant.

The free-carrier "dip" increases with increasing probing wavelength and eventually becomes the main contributing factor at the longer probing wavelengths.

From these results, it is obvious that the fast relaxation mechanism becomes more important with increasing probing wavelength for the 5-nm film (see amplitude component represented by parameter-A in Table 1).